或非门

基于RTD的与非门和或非门设计

Design of Nand and Nor logic gates based on RTD

采用或非门设计最简逻辑电路的方法

Method of Designing the Simplest Logic Circuits with NOR Gates

BFL与非门或非门单元组成的高性能GaAs分频器的设计

Design of High Performance Frequency Divider Using GaAs BFL-NAND and BFL-NOR Gates

论文设计了基于RT量子器件的二值与非门与或非门，设计的门电路结构简单，并具有量子器件所具有的速度快、功耗低、集成度高等优点。

The designed gates have simple configuration , they also have the advantages that quantum devices possess , so they can suit the requirement of VLSI .

利用门冻结技术的基本原理，提出了基于F门的逻辑单元电路设计：F-与非门和F-或非门，并将其应用到一种新的RS触发器中。

According to the idea of gate freezing , the designs of the logic cells : F-Nand-gate and F-Nor-gate are presented , and then a new kind of RS flip-flop based on F-Gates is proposed .

提出了一种基于同一结构实现全光逻辑与门和或非门的新型方案，其理论基础是级联单端半导体光放大器（SOA）的交叉增益调制效应。

A novel scheme for all-optical logic AND and NOR gates is proposed based on the same structure , and the principle of operation is the cross-gain modulation in cascaded single-port-coupled semiconductor optical amplifiers ( SOAs ) .

在以CMOS为开关器件的数字集成电路芯片的设计中，由于或非门优于与非门，故应该使用所介绍的方法，直接采用或非门设计组合逻辑电路芯片。

Because the NOR gate is superior than the NAND gate . the method introduced in this paper should be adopted and the NOR gate ought to be directly used when designing digital integrated circuit with CMOS as switches .

基于同一结构实现全光逻辑与门和或非门的研究

Investigation on all-optical logic AND and NOR gates based on the same structure

一种全光逻辑或非门的理论和实验研究

Experimental and Theoretical Investigation on All-Optical Logic NOR Gates

在与传统的与非门/或非门的比较中，它显示了优势。

Compared with conventional NAND and NOR gates , one - bit full adders have several advantages .

其中包括倒相器与非门、或非门、变形反相器和T门共五种基本电路。

It consists of five types of fundamental circuits including inverter , NAND gate , NOR gate , ternary inverter and T-gate .

理论上利用两个混沌半导体激光器的耦合，构建了基本的或非门。

The theoretical construction of the fundamental ￡ NOR gate using two injection semiconductor laser diodes due to mutual coupling is presented .

在间断的紫外照射下，两种颜色的荧光蛋白将交替表达。基因回路可分为两个模块：一个双稳态和一个或非门。

Under intermittent irradiation , two reporter genes are to be induced alternately . The circuit can be divided into two associated parts : a bistable switch and a NOR gate .

大致相同的程序让或非门表现为一个与非门，我们必须颠倒所有输和输出，使一个与非门的作为或非门。

Much the same as the procedure for making a NOR gate behave as a NAND , we must invert all inputs and the output to make a NAND gate function as a NOR .

本预分频器通过改变相位切换电路中的切换顺序，完全避免了切换产生的错误毛刺的产生；切换控制电路中采用或非门产生相位切换控制信号，有效防止了多余脉冲的产生。

In this prescaler , no glitch generate at switching , due to the change of switching order . And nor gate is introduced in phase-switching-control circuit to avoid the generation of extra pulse completely .

在这些模型和算法中，其训练过程均通过调整量子旋转门或受控非门的相关参数实现，仿真结果表明其收敛速度和逼近能力明显优于普通神经网络。

In these models , the processes of training are achieved by adjusting the related parameters of the quantum rotation gates or the controlled-non gates .

基于该方案设计了三值反相器、文字运算电路、三值与门/与非门和或/或非门等基本电路，并采用标准CMOS工艺来实现这些电路。

On the basis of the proposed scheme , the ternary inverter , literal , ternary AND / NAND and OR / NOR gates with less complex structure were designed , and the standard CMOS process was adopted without any modification of the thresholds .